Airports

AI system using computer vision, which combines in a Mesh network of stationary, mobile and aerial optoelectronic stations, as well as radio-electronic intelligence modules.  Using artificial intelligence, it identifies, tracks and predicts the trajectories of flying objects. Providing continuous monitoring and access to real-time airspace data for services

  • Rising threats from UAVs in military and civilian sectors
  • Limitations of radar systems
  • AI-powered automation needed for better threat identification

Drone Control

Problem

  • Increased drone accessibility creates risks of illegal entry into controlled airport zones
  • Drones can pose a threat to air traffic safety, creating risks of collision with aircraft
  • Many existing monitoring systems (radars, RES) do not always accurately identify drones and may issue false alerts

How does Panoptes solve the problem?

  • Early detection and tracking: AI algorithms process data from optical cameras and thermal imagers, allowing drone detection regardless of weather and time of day
  • Threat identification: Panoptes distinguishes drones from birds and other objects, reducing the number of false alarms
  • Integration with existing infrastructure: the system complements radar and radio frequency monitoring, improving detection accuracy
  • Coordinate transmission to countermeasure systems: the system can send data to RES installations, laser interceptors, or mobile response teams

Example usage scenario

  • Panoptes detects a drone near the airport (runway) at an altitude of 150 m
  • The system automatically determines its type, speed, and trajectory
  • Information is transmitted to airport security and, if necessary, to the countermeasure system
  • The drone is removed from operation or its pilot is quickly located

Bird Control

Problem

  • Birds are one of the main threats to air transport
  • Many existing systems operate with delays and do not provide automated deterrence mechanisms
  • Critical need for accurate prediction of bird movement

How does Panoptes solve the problem?

  • Detection of dangerous bird concentrations in real time
  • Prediction of flight trajectories, enabling alerts to pilots and security services
  • Automatic activation of deterrence systems (bioacoustic generators, laser installations, predator drones)
  • Integration with existing Bird Control systems, improving effectiveness and reducing risks

Example usage scenario

  • Panoptes detects a large concentration of birds in the runway area and analyzes their movement trajectory
  • The system predicts the trajectory and potential risk
  • Deterrence systems are automatically activated in the corresponding sector
  • Control data is transmitted to the dispatch service

General Advantages

Integration with all key monitoring and security systems

  • Reduction of flight delays and emergency situations due to unauthorized drone flights
  • Automated threat response
  • Improved Bird Control effectiveness
  • Reduced financial losses from collisions with birds or drones
  • Panoptes is a new level of airport security that combines intelligent analytics, automation, and integration with existing monitoring systems!

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    Ensure airspace safety with PANOPTES

    qr-code Demo of the system
    qr-code Testing the system